Furst
Medline Furst MDS5452015F Lahey Goiter Vulsellum Forceps 6-1/4"
Regular price
$15.00
Regular price
$0.00
Sale price
$15.00
Medline Fürst MDS5452015F Lahey Goiter Vulsellum Forceps | 6" (15.2 cm) | Straight Jaws | 3x3 Teeth | 1/EA | New
The Medline Fürst MDS5452015F Lahey Goiter Vulsellum Forceps is a high-precision grasping and traction instrument specifically designed for holding, elevating, and manipulating delicate or fibrous tissue during thyroid, ENT, and general surgical procedures. Featuring a 6-inch straight jaw profile with 3x3 sharp interlocking teeth, this tissue-seizing forceps provides an exceptionally secure hold on glandular tissue, such as goiters, without slippage.
Product Details
- Manufacturer: Medline Industries
- Brand / Product Line: Fürst™
- Model / Catalog Number: MDS5452015F
- Product Name: Lahey Goiter Vulsellum Forceps / Seizing Forceps
- Instrument Family: Lahey-Goiter
- Product Type: Tissue grasping and traction forceps
- Overall Length: 6 inches (15.2 cm)
- Tip / Jaw Style: Straight
- Teeth Configuration: 3 x 3 interlocking prongs/teeth
- Handle Type: Finger ring with locking ratchet mechanism
- Material: Premium Surgical Stainless Steel
- Quantity Included: 1 forceps
- Unit of Measure: 1 Each (1/EA)
- Specialty Use: General Surgery, Otolaryngology (ENT), Thyroidectomy, and Endocrine Surgery
- Reusability: Reusable (Autoclavable)
- Latex Status: Not manufactured with natural rubber latex
- Condition: New
- Sterility Status: Non-sterile
Key Features
- Sharp 3x3 interlocking teeth provide a firm, non-slip grip on tough, fibrous, or glandular structures
- Ergonomic 6-inch straight design offers optimal control and visibility in head, neck, and ENT surgical sites
- Integrated multi-position ratchet handle maintains continuous, hands-free tension during retraction
- Surgical-grade stainless steel construction ensures high corrosion resistance and repeated sterilization performance
- Ideal for grasping and elevating thyroid goiters, fibrous tumors, or dense tissues without crushing surrounding anatomical structures